Symbolic Instruction Graphs
TechniqueSymbolic Instruction Graphs is a verification technique used for architectural verification of processors, introduced by Chandra, Iyengar, Jawalekar, Mullen, Nair, and Rosen in their 1994 ICCD paper. The approach enables formal reasoning about processor instruction-level behavior by representing instruction semantics symbolically, and is cited within the processor-implementation verification methodology literature as a key reference for symbolic, graph-based architectural validation.
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Symbolic Instruction Graphs
Overview
Symbolic Instruction Graphs (SIGs) are a technique for the architectural verification of processors. The approach was introduced by A. K. Chandra, V. S. Iyengar, R. V. Jawalekar, M. P. Mullen, I. Nair, and B. K. Rosen in the paper Architectural Verification of Processors Using Symbolic Instruction Graphs, presented at the International Conference on Computer Design (ICCD) in October 1994 [chunk: f6a19b46-f399-4509-b8e4-761ab01cb292]. The technique is cited as a foundational reference within the broader processor implementation verification methodology literature.
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